thermodynamic database

Technology of development and design for thermodynamic database system

热工数据库系统的设计与开发技术

The calculating results below the room temperature can be integrating to the thermodynamic database.

室温以下的计算结果可以用来补充了热力学数据库信息。

During the use of Thermodynamic Database for Alumina Production 1.0 version, many problems were found in spite of its good performance.

1.0版《氧化铝生产热力学数据库》在一年多的使用中表现出了强大的生命力，同时也暴露出了诸多问题。

The thermodynamic database for Mg alloys has been expanded and developed in the present work.

这为热力学数据库的进一步拓展奠定了扎实的基础，丰富和发展了镁合金相图热力学数据库。

The Architecture of Metallurgical Thermodynamic Database Application System

冶金热力学数据库应用系统的系统构成

In total design, the process and current situation of system structure design is expended. Practical thermodynamic database structure is proposed and designed.

在总体设计部分中，研究了系统体系结构设计研究历程与现状，提出并设计了比较实用的热力学数据库体系结构。

By incorporating the other systems, this work will be used to construct a high precision thermodynamic database of Ni alloys for industrial application.

该研究工作中的相关体系将和其他子体系相结合，构建出一个具有工业应用价值的Ni合金热力学数据库。